A Java-based evolutionary engine that simulates natural selection and population dynamics within a fully configurable 2D ecosystem.
Full-stack React/Express online store with JWT auth, custom CRUD for reviews, and external API integration for real-time product data.
in Python that calculates gravitational potential via the Poisson equation. Utilizes Gauss-Legendre quadrature and dynamic mesh generation for high-accuracy physical simulations and automated data visualization.
This project explores Formula 1 data using Python to uncover the fine margins that define professional racing. By leveraging the FastF1 library, I analyze driver performance and tire strategies from the 2021 season.
Relational database system to seamlessly manage manufacturing workflows, inventory, and sales. Leveraged advanced T-SQL programming (Stored Procedures, Triggers, User-Defined Functions) to automate dynamic production scheduling, real-time stock tracking, and cost analysis. Optimized database performance using non-clustered indexes and enforced data security through granular Role-Based Access Control.
A multi-page enthusiast website dedicated to F1, featuring a dynamic race calendar, multimedia gallery, and an interactive contact form.
A web-based recreation of the classic arcade game, built with JavaScript to handle physics, collision detection, and scoring.
My personal responsive portfolio featuring a modern dark UI, smooth animations, and dynamic section switching.